I've read the 2600 has improvements besides speed/IPC and it's "improved" infinity fabric. I can OC a 1600X to match a stock 2600. Difference in price is small but I'd like to know: besides speed & heat, how the 2600 "microcode" improves it's functionality over a 1600/1600X. If at all.
The only thing I've been able to find tells me the 2600 offers 'improved IPC performance, greater power efficiency' ( we obviously already know this), and 'reduced cache latency, enhanced memory latency and frequency support'. If bios updates give the 1600X the same memory frequency support, then what does 'reduced cache latency' and 'enhanced memory latency' mean?
If a series one can use the same memory then it's using that memorys' latency. AFAIK the 1600/1600X and the 2600 have exactly the same L1, L2 and L3 cache.
So under any application, will there be any difference besides just speed?
Thanks,
Mac
The only thing I've been able to find tells me the 2600 offers 'improved IPC performance, greater power efficiency' ( we obviously already know this), and 'reduced cache latency, enhanced memory latency and frequency support'. If bios updates give the 1600X the same memory frequency support, then what does 'reduced cache latency' and 'enhanced memory latency' mean?
If a series one can use the same memory then it's using that memorys' latency. AFAIK the 1600/1600X and the 2600 have exactly the same L1, L2 and L3 cache.
So under any application, will there be any difference besides just speed?
Thanks,
Mac